3D preview of RI-8514 Axial-Flux Stator (Spoked Core + Magnet Ring)
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Interactive 3D model of RI-8514 Axial-Flux Stator (Spoked Core + Magnet Ring)

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RI-8514 Axial-Flux Stator (Spoked Core + Magnet Ring)

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Bounding box
85.2 × 85.2 × 24.0 mm
Engine
Precision B-rep
Parameters
14
Published
September 30, 2026

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The prompt

generate a stator based on the following dimensions: RI-8514 ‑ Stator outer diameter: φ85.2 mm ‑ Coil wire‑out side height: 6 mm ‑ Non‑wire‑out side height: 4 mm ‑ Total stator height: 24 mm ‑ Rotor inner diameter: φ52 mm ‑ Rotor height: 16 mm. This should take the shape of a wide and flat cylinder. Not that it is a cylinder but you know what I mean. The stator should look like a ring of rectangular magnets on the outter diameter and the inner part should look kinda like a wagon wheel with flat weight cut spokes.

Parameters

NameValueRange
Core Outer Diameter80 mm60 – 110
Rim Inner Diameter70 mm50 – 100
Hub Outer Diameter58 mm30 – 90
Bore (Rotor) Diameter52 mm10 – 80
Total Stator Height24 mm10 – 40
Coil Wire-Out Side Height6 mm0 – 12
Non Wire-Out Side Height4 mm0 – 12
Spoke Count6 off3 – 12
Spoke Width8 mm3 – 20
Magnet Ring Outer Diameter85.2 mm60 – 120
Magnet Count16 off4 – 36
Magnet Width (tangential)10 mm3 – 25
Magnet Thickness (radial)5 mm1 – 15
Magnet Height (axial)24 mm5 – 40

Every value above is a live dimension. Open a model like this in the editor and each one becomes a slider you can drag before exporting.

RI-8514 Axial-Flux Stator (Spoked Core + Magnet Ring) - Free CAD Model (STEP, STL) | TextoCAD